Shelf-stable, preservative-free liquid beverage enhancer products

Abstract

A liquid beverage enhancer product including a shelf-stable highly concentrated liquid flavor and color solution including at least 10% non-water solvents with humectant properties including propylene glycol, glycerol, ethanol and other alcohols. The liquid beverage enhancer product in combination with beverages or non-beverage food products. A method of enhancing a beverage by adding a liquid beverage enhancer product including a shelf-stable highly concentrated liquid flavor and color solution having at least 10% non-water solvents with humectant properties to a beverage, and enhancing the flavor and color of the beverage. A method of enhancing milk, milk substitute beverages, and protein containing products, by adding the liquid beverage enhancer product having a pH of greater than 4.6 to milk, milk substitute beverages, or protein containing products, and enhancing the flavor and color of the milk, milk substitute beverages, or protein containing products without curdling.

Description

BACKGROUND OF THE INVENTION[0001]1. Technical Field[0002]The present invention relates to formulations of highly concentrated liquid flavor, sweetener, and color solutions that are added to a beverage in order to improve its flavor and color (i.e., liquid beverage enhancers). More specifically, the present invention relates to liquid beverage enhancers that can be shelf-stable, natural, preservative-free, high pH and / or added to milk or other protein containing products.[0003]2. Background Art[0004]“Liquid water enhancers” are a new line of products started with the launch of Kraft MIO®. These products are highly concentrated flavor, acid, sweetener, and color solutions that are added to water in very small amounts to enhance its flavor and color. For most products in the category, the serving size is 2 mL of liquid water enhancer per 8 fluid ounces of water. The MIO® (Kraft) line of products are the most recognizable brand in the liquid water enhancer segment. The user squeezes the...

AI Technical Summary

Benefits of technology

The present invention provides a liquid beverage enhancer product that can be added to beverages to enhance their flavor and color. This product is shelf-stable, highly concentrated, and has non-water solvents with humectant properties. By adding this product to milk, milk substitutes, or protein-containing products, they can be enhanced without curdling. The technical effect of this invention is to provide a convenient and effective way to improve the quality of beverages.

Problems solved by technology

Typical liquid water enhancer products may not work in beverages other than water due to the physical properties of the liquids.

This preservation system does not work for a liquid beverage enhancer intended to be added to milk because the high levels of acid will cause the milk to curdle, resulting in an unpleasant consumer experience and an uneven distribution of flavor and color.

Slightly reduced curdling could be achieved by a significant reduction in the amount of liquid beverage enhancer added to the milk, but that would result in significantly reduced flavor and color impact.

Preserving a liquid beverage enhancer via low pH and use of conventional preservatives (i.e. sodium benzoate, potassium sorbate, etc) is undesirable because many consumers have a negative perception of these ingredients.

Another disadvantage to preserving a liquid beverage enhancer via reduced pH (below 3.0) plus preservatives is that it is more difficult to deliver flavors that are better complemented by a less acidic media.

For example, it would be difficult to deliver a great tasting chocolate flavor at such a low pH since acid is not very compatible with a true chocolate profile.

If a traditional, reduced pH plus preservative liquid beverage enhancer was used, this would not be possible.

In theory, it would be possible to make a shelf-stable liquid beverage enhancer product without preservatives through traditional thermal processes, but such processes are expensive due to added equipment and packaging costs and would degrade the flavor and color components in the product.

It would also be feasible, in theory, to make a shelf-stable, preservative-free liquid beverage enhancer product through alternate food and beverage processing technologies, such as high pressure, irradiation or UV, but these options are also undesirable due to the high cost of equipment.

A further drawback to a non-preserved product made shelf-stable via processing methods (thermal, irradiation, high pressure, etc.) is that once the bottles are opened and used by the consumer, the product inside would be highly susceptible to microbiological contamination.

Such a product would need to be labeled, “refrigerate after opening” since there would be no little to no protection (especially in a higher pH product) from microbiological contamination.

Even with refrigeration, the product may not be able to meet the standard “use within 30 days of opening” common to other liquid water enhancers.

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